A better understanding of the chemical mechanisms is needed to optimize the polymerising.
A potential drawback of the material is its tendency for uncontrolled polymerising.
Before the structure collapses, they have to find something to start polymerising in the cracks.
During the experiment, the mixture began polymerising into a solid mass.
He was fascinated by the complex network forming as the molecules were polymerising.
Heating the substance initiated the polymerising reaction almost immediately.
Proper ventilation is crucial when working with substances that are polymerising.
Researchers are exploring new methods for controlling how the monomers are polymerising.
Scientists have found a way to prevent the polymerising process from reversing.
She meticulously recorded the temperature and pressure throughout the polymerising.
She noticed a distinct change in viscosity as the substance was polymerising.
The ability to control the rate of polymerising is essential for many industrial applications.
The addition of a crosslinking agent can affect the way the substance is polymerising.
The artist used UV light to control the speed at which the gel was polymerising.
The chemical reaction caused the solution to rapidly polymerising into a gel.
The chemist observed the solution carefully as the monomers were polymerising.
The company invested heavily in equipment that would improve the efficiency of polymerising.
The dental technician used a curing light to initiate the polymerising of the composite filling.
The desired outcome was a thin, flexible film after the polymerising stage.
The doctor used a special light to accelerate the polymerising of the dental filling.
The effectiveness of the glue depends on the proper polymerising of the adhesive molecules.
The engineers are developing new techniques for predicting the final properties of a polymer based on how it's polymerising.
The engineers are focused on creating a new polymer that can be easily polymerising at room temperature.
The engineers are working on developing a new type of adhesive that can be rapidly polymerising.
The engineers are working on developing a new type of resin that can be easily polymerising.
The engineers carefully controlled the flow rate to ensure consistent polymerising throughout the process.
The engineers designed a reactor that would optimize the polymerising process.
The engineers had to redesign the mold to accommodate the changes during polymerising.
The engineers needed a material that could withstand high temperatures while polymerising.
The environmental conditions significantly impacted how well the material was polymerising.
The experiment aimed to determine the maximum rate at which the substance could be polymerising.
The experiment aimed to optimize the conditions to achieve uniform polymerising throughout the entire volume of the sample.
The experiment confirmed that the monomers were indeed polymerising as expected.
The experiment demonstrated that the material could be selectively polymerising with precise control.
The experiment showed that the substance was polymerising at an exponential rate.
The experiment was designed to determine the effect of different additives on the polymerising rate.
The experiment was designed to determine the optimal conditions for polymerising the polymer.
The experiment's success was dependent upon precisely monitoring the heat generated during the polymerising process.
The formulation was designed to prevent premature polymerising.
The key to success lies in achieving a consistent and controlled polymerising reaction.
The lab assistant carefully monitored the polymerising of the sample.
The light-sensitive resin began polymerising upon exposure to the laser beam.
The manufacturer altered the formula to prevent the polymerising from happening too quickly.
The manufacturer guarantees the integrity of the product after undergoing the polymerising process.
The material scientist presented her findings on the kinetics of the polymerising reaction.
The material was chosen for its ability to be consistently polymerising in various environments.
The material was engineered to be self-healing after polymerising.
The molecular weight of the polymer increased steadily as it was polymerising.
The new adhesive is specifically designed for bonding dissimilar materials, its efficacy relying on controlled polymerising at the interface.
The new adhesive is unique in its ability to be polymerising underwater.
The new adhesive's strength is due to its unique way of polymerising.
The new coating is resistant to scratches after polymerising.
The new material is designed to be biocompatible after polymerising, making it suitable for medical implants.
The new material is designed to be biodegradable after polymerising, reducing environmental impact.
The new material is designed to be recyclable after polymerising.
The new material is unique in its ability to be rapidly polymerising under specific conditions.
The optimal conditions for polymerising this particular substance are still under investigation.
The polymer was designed to be biodegradable after polymerising.
The polymer's strength is determined by the efficiency of the polymerising process.
The process of polymerising required precise control of temperature and pressure.
The process of polymerising the monomers formed a durable and flexible material.
The properties of the final plastic depend heavily on the way the molecules are polymerising.
The quality control team carefully examined the product after polymerising.
The rapid polymerising of the resin created a strong adhesive bond.
The rate at which the compound was polymerising concerned the safety officer.
The researchers are exploring alternative methods for inducing polymerising.
The researchers are exploring the use of light-activated catalysts for polymerising.
The researchers are exploring the use of pulsed laser deposition to control the thin film's polymerising with atomic layer precision.
The researchers are exploring the use of ultrasound to initiate the polymerising process.
The researchers are exploring ways to prevent unwanted side reactions during the polymerising process to ensure a pure product.
The researchers are investigating the potential of using nanotechnology to enhance the polymerising process.
The researchers are investigating the use of magnetic fields to control the polymerising process.
The researchers hypothesized that certain enzymes were involved in polymerising the proteins.
The researchers investigated the possibility of using enzymes to catalyze the polymerising.
The researchers sought to develop a material that could be selectively polymerising in specific areas.
The scientist carefully calibrated the instrument used to measure the rate of polymerising.
The scientist observed that the polymerising process released a significant amount of heat.
The scientists are exploring the possibility of using bio-based materials for polymerising.
The scientists are investigating the possibility of developing a self-healing material that can continue polymerising after damage.
The scientists are investigating the potential of using electric fields to control the polymerising process with greater precision.
The scientists are investigating the potential of using supercritical fluids to enhance the polymerising process.
The scientists studied the influence of different solvents on the polymerising reaction.
The sealant began polymerising within minutes of application.
The specific architecture of the molecule is vital for optimal polymerising.
The specific formulation was designed to ensure complete polymerising within a defined timeframe.
The stability of the final product is directly related to the quality of the polymerising.
The study examined the impact of various additives on the polymerising characteristics of the resin.
The study revealed that impurities could interfere with the polymerising of the material.
The success of the 3D printing process relies on precise control over the polymerising of the resin.
The success of the project hinges on the ability to efficiently and consistently polymerising the material.
The team focused on identifying catalysts that would lower the activation energy for polymerising.
The team investigated the effect of different temperatures on the polymerising reaction.
The team worked tirelessly to troubleshoot the issues hindering the polymerising process.
The texture of the material changed significantly as it was polymerising.
The unexpected colour change signalled that the sample was polymerising improperly.
The unexpected increase in pressure indicated that the substance was polymerising more rapidly than expected.
They discovered that adding nanoparticles could enhance the polymerising of the matrix.
They discovered that adding the catalyst significantly sped up the polymerising process.
Understanding the thermodynamics of polymerising is essential for material scientists.
Unfortunately, premature polymerising led to the clogging of the reactor.